Technical Program
AASP-P8: Noise, Echo, Feedback and Reverberation Reduction |
Session Type: Poster |
Time: Wednesday, March 8, 13:30 - 15:30 |
Location: Churchill: Poster Area H |
Session Chair: Keisuke Kinoshita, |
AASP-P8.1: ADAPTIVE GAIN CONTROL FOR ENHANCED SPEECH INTELLIGIBILITY UNDER REVERBERATION |
Petko Petkov; Toshiba Research Europe Ltd. |
Yannis Stylianou; Toshiba Research Europe Ltd. |
AASP-P8.2: NON-ITERATIVE IMPULSE RESPONSE SHORTENING METHOD FOR SYSTEM LATENCY REDUCTION |
Jiawen Chua; Victoria University of Wellington |
W. Bastiaan Kleijn; Victoria University of Wellington |
AASP-P8.3: CHANNEL ESTIMATION FOR CROSSTALK CANCELLATION IN WIRELESS ACOUSTIC NETWORKS |
Gema Piñero; Universitat Politecnica de Valencia |
Patrick A. Naylor; Imperial College London |
AASP-P8.4: FREQUENCY-DOMAIN UNDER-MODELLED BLIND SYSTEM IDENTIFICATION BASED ON CROSS POWER SPECTRUM AND SPARSITY REGULARIZATION |
Wei Xue; Imperial College London |
Mike Brookes; Imperial College London |
Patrick A. Naylor; Imperial College London |
AASP-P8.5: PRACTICALLY EFFICIENT NONLINEAR ACOUSTIC ECHO CANCELLERS USING CASCADED BLOCK RLS AND FLMS ADAPTIVE FILTERS |
Yiteng Huang; Google Inc. |
Jan Skoglund; Google Inc. |
Alejandro Luebs; Google Inc. |
AASP-P8.6: BAYESIAN BLIND DECONVOLUTION WITH APPLICATION TO ACOUSTIC FEEDBACK PATH MODELING |
Ritwik Giri; Starkey Hearing Technologies |
Tao Zhang; Starkey Hearing Technologies |
AASP-P8.7: AN ALTERNATIVE COMPLEXITY REDUCTION METHOD FOR PARTITIONED-BLOCK FREQUENCY-DOMAIN ADAPTIVE FILTERS |
María Luis Valero; International Audio Laboratories Erlangen |
Edwin Mabande; Fraunhofer IIS |
Emanuël Habets; International Audio Laboratories Erlangen |
AASP-P8.8: ONLINE DEREVERBERATION FOR DYNAMIC SCENARIOS USING A KALMAN FILTER WITH AN AUTOREGRESSIVE MODEL |
Sebastian Braun; International Audio Laboratories Erlangen |
Emanuël Habets; International Audio Laboratories Erlangen |
AASP-P8.9: COLLABORATIVE METHOD BASED ON THE ACOUSTICAL INTERACTION EFFECTS ON ACTIVE NOISE CONTROL SYSTEMS OVER DISTRIBUTED NETWORKS |
Christian Antoñanzas; Institute of Telecommunication and Multimedia Applications |
Miguel Ferrer; Institute of Telecommunication and Multimedia Applications |
Maria de Diego; Institute of Telecommunication and Multimedia Applications |
Alberto Gonzalez; Institute of Telecommunication and Multimedia Applications |
AASP-P8.10: LATE REVERBERANT POWER SPECTRAL DENSITY ESTIMATION BASED ON AN EIGENVALUE DECOMPOSITION |
Ina Kodrasi; University of Oldenburg |
Simon Doclo; University of Oldenburg |